5400R-476K

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Fixed inductors are passive components used in many electronic circuits. They are designed to store energy in the form of a magnetic field. Unlike resistors, capacitors, and other kinds of inductors, fixed inductors are typically not variable. They are usually constructed from topics or wire, and are characterized by inductance values that are ‘fixed’.

The 5400R-476K is a type of fixed inductor. It is used in a variety of applications including power supply filtering, voltage regulation, DC-DC converters, RF decoupling, and low-pass filters.

The 5400R-476K is a ceramic core inductor. This type of inductor has a ceramic core which means that it is a fairly compact and lightweight component. It also has a higher level of mechanical stability. The 5400R-476K has a nominal inductance of 4.76mH and a tolerance of +- 10%. It is rated at a maximum current of 1.5A and a maximum voltage of 250VAC.

The working principle of the 5400R-476K is based on the principle of inductance. When an alternating current is applied to the inductor, a magnetic field is generated in the core. This field stores energy, which is released when the current flow is reversed or interrupted. The magnitude of the inductance and the amount of energy stored is dependent on the number of turns, core material, and core size of the inductor.

The 5400R-476K can be used in a variety of circuits. It is commonly used in power supply filtering circuits to reduce noises and ripple voltages. It is also used in voltage regulation circuits to compensate for line voltage variations. In DC-DC converters, the 5400R-476K can be used to provide a constant switching frequency. Finally, it can be used in low-pass filters to suppress high-frequency signals and reduce radio-frequency interference.

Overall, the 5400R-476K is a type of fixed inductor which can be used in a variety of applications. It has a ceramic core and is able to store energy in the form of a magnetic field. The 5400R-476K is used in power supply filtering, voltage regulation, DC-DC converters, RF decoupling, and low-pass filter circuits. Its working principle is based on the principle of inductance.

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